The rapid growth of animal husbandry has led to significant environmental challenges, making the management of livestock and equine waste a pressing social issue. Based on the utilisation of livestock waste, the present article establishes a “four-in-one” ecological animal husbandry planting-and-raising mode in combination with agro-ecosystems. Using a recycling agricultural park as a case study, the ecological and economic benefits of the combined model were validated through analyses of energy flow and value changes. Under the combined planting-and-raising mode, the light energy utilisation rate reaches 1.02%. The energy value output of the recycled agricultural park was 1.83 times higher than that of the monoculture mode. By utilising livestock and equine waste for biogas production, the average annual manure processing volume reaches 9212.44 tonnes, yielding an average of 25.8 × 10^4 cubic meters of biogas annually. Replacing part of the chemical fertiliser with manure for planting silage maize increased the harvest yield under small-field management to 3847kg/665 m², which was 147kg/665 m² higher than in the field without manure application. Conclusively, effective utilisation of livestock wastes should follow a combined planting-and-raising model to promote agro-ecosystem recycling, providing a reliable solution to reduce environmental pollution and enhance ecological benefits.
Keywords: Livestock and equine Waste; Energy Flow Characteristics; Energy Value Changes; Seeding, Agro-ecosystems
Keywords: horses, chronic recurrent cecal impaction, surgical treatment enlargement cecocolic orifice, long-term survival